taxonID	type	format	identifier	references	title	description	created	creator	contributor	publisher	audience	source	license	rightsHolder	datasetID
F576878793654267FF4CFA08FC10F9E9.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/4402224/files/figure.png	https://doi.org/10.5281/zenodo.4402224	FIGURE 4. Antipathes flabellum Pallas, 1766 specimen INV.131354. (a) In situ picture of the whole colony showing the flabellate shape. (b) Detailed view of a distal part of the skeleton showing the high number of anastomoses. (c) Section of a branch 0.12 mm in diameter. Polypar side is on the right. (d) Section of a branch 0.17 mm in diameter. Polypar side is on the right. (e) Section of a branch 0.25 mm in diameter. Polypar side is on the right. (f) Polypar spine with distal edge slightly inclined distally on a branch 0.17 mm in diameter. (g) On the same branch, abpolypar spine being straightly inserted on the corallum. (h) Example of an irregularly shaped spine found on larger branches.	FIGURE 4. Antipathes flabellum Pallas, 1766 specimen INV.131354. (a) In situ picture of the whole colony showing the flabellate shape. (b) Detailed view of a distal part of the skeleton showing the high number of anastomoses. (c) Section of a branch 0.12 mm in diameter. Polypar side is on the right. (d) Section of a branch 0.17 mm in diameter. Polypar side is on the right. (e) Section of a branch 0.25 mm in diameter. Polypar side is on the right. (f) Polypar spine with distal edge slightly inclined distally on a branch 0.17 mm in diameter. (g) On the same branch, abpolypar spine being straightly inserted on the corallum. (h) Example of an irregularly shaped spine found on larger branches.	2020-08-10	Terrana, Lucas;Bo, Marzia;Opresko, Dennis M.;Eeckhaut, Igor		Zenodo	biologists	Terrana, Lucas;Bo, Marzia;Opresko, Dennis M.;Eeckhaut, Igor			
F5768787936B4262FF4CF9DDFB86FF3D.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/4402228/files/figure.png	https://doi.org/10.5281/zenodo.4402228	FIGURE 5. Antipathes hypnoides (Brook, 1889) specimen INV.131347. (a) Entire colony. (b) Top view of the colony showing some flabellate parts growing parallel to the plane. (c) Close-up view of expanded polyps. (d) Detailed view of the branching pattern. (e) Section of a branchlet 0.13 mm in diameter. The polypar side is on the right. (f) Section of a branch 0.23 mm in diameter. The polypar side is on the right. (g) Section of a branch 0.90 mm in diameter. (h) Polypar spine on a branch 0.13 mm in diameter. (i) Abpolypar spine on the same branch. (j–l) Needle-like, bifid and forked spines on a 0.90 mm branch. (m) Close-up view of the tip of a spine showing the small papillae.	FIGURE 5. Antipathes hypnoides (Brook, 1889) specimen INV.131347. (a) Entire colony. (b) Top view of the colony showing some flabellate parts growing parallel to the plane. (c) Close-up view of expanded polyps. (d) Detailed view of the branching pattern. (e) Section of a branchlet 0.13 mm in diameter. The polypar side is on the right. (f) Section of a branch 0.23 mm in diameter. The polypar side is on the right. (g) Section of a branch 0.90 mm in diameter. (h) Polypar spine on a branch 0.13 mm in diameter. (i) Abpolypar spine on the same branch. (j–l) Needle-like, bifid and forked spines on a 0.90 mm branch. (m) Close-up view of the tip of a spine showing the small papillae.	2020-08-10	Terrana, Lucas;Bo, Marzia;Opresko, Dennis M.;Eeckhaut, Igor		Zenodo	biologists	Terrana, Lucas;Bo, Marzia;Opresko, Dennis M.;Eeckhaut, Igor			
F5768787936B4262FF4CF9DDFB86FF3D.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/4402230/files/figure.png	https://doi.org/10.5281/zenodo.4402230	FIGURE 6. (a) Tylopathes? hypnoides (Brook, 1889) holotype NHMUK 86.2.8.2 from Mauritius. (b) Close-up view of the schizotype USNM 100356.	FIGURE 6. (a) Tylopathes? hypnoides (Brook, 1889) holotype NHMUK 86.2.8.2 from Mauritius. (b) Close-up view of the schizotype USNM 100356.	2020-08-10	Terrana, Lucas;Bo, Marzia;Opresko, Dennis M.;Eeckhaut, Igor		Zenodo	biologists	Terrana, Lucas;Bo, Marzia;Opresko, Dennis M.;Eeckhaut, Igor			
F5768787936E4261FF4CFB64FF36FD41.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/4402232/files/figure.png	https://doi.org/10.5281/zenodo.4402232	FIGURE 7. Antipathes lentipinna Brook, 1889 specimen INV.131337. (a) Entire colony in situ. (b) Detailed view of the branching pattern in situ. (c) Detailed view of the contracted and expanded polyps in situ. (d) Sections of branchlets 0.33 mm and 0.96 mm in diameter, respectively. The polypar side is on the right. (e) Section of a branch 2.65 mm in diameter. (f) Section of a branch 4.6 mm in diameter. (g) Polypar spine on a branch 0.33 mm in diameter. (h) Abpolypar spine on the same branch. (i–l) Different spines found on branches thicker than 1 mm in diameter.	FIGURE 7. Antipathes lentipinna Brook, 1889 specimen INV.131337. (a) Entire colony in situ. (b) Detailed view of the branching pattern in situ. (c) Detailed view of the contracted and expanded polyps in situ. (d) Sections of branchlets 0.33 mm and 0.96 mm in diameter, respectively. The polypar side is on the right. (e) Section of a branch 2.65 mm in diameter. (f) Section of a branch 4.6 mm in diameter. (g) Polypar spine on a branch 0.33 mm in diameter. (h) Abpolypar spine on the same branch. (i–l) Different spines found on branches thicker than 1 mm in diameter.	2020-08-10	Terrana, Lucas;Bo, Marzia;Opresko, Dennis M.;Eeckhaut, Igor		Zenodo	biologists	Terrana, Lucas;Bo, Marzia;Opresko, Dennis M.;Eeckhaut, Igor			
F5768787936E4261FF4CFB64FF36FD41.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/4402236/files/figure.png	https://doi.org/10.5281/zenodo.4402236	FIGURE 8. Antipathes lentipinna Brook, 1889 type specimen. (a) Entire colony, holotype BMNM 1973.9.20. (b) Schizoholotype USNM 100360 showing a section of a branch 0.3 mm in diameter. Photo of Brook’s specimen of A. lentipinna courtesy of Paul Richens of the NHMUK.	FIGURE 8. Antipathes lentipinna Brook, 1889 type specimen. (a) Entire colony, holotype BMNM 1973.9.20. (b) Schizoholotype USNM 100360 showing a section of a branch 0.3 mm in diameter. Photo of Brook’s specimen of A. lentipinna courtesy of Paul Richens of the NHMUK.	2020-08-10	Terrana, Lucas;Bo, Marzia;Opresko, Dennis M.;Eeckhaut, Igor		Zenodo	biologists	Terrana, Lucas;Bo, Marzia;Opresko, Dennis M.;Eeckhaut, Igor			
F5768787936E4261FF4CFB64FF36FD41.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/4402245/files/figure.png	https://doi.org/10.5281/zenodo.4402245	FIGURE 11. Comparison of Antipathes virgata Esper, 1788 and related specimens. (a) Original illustration of An. virgata by Esper (Esper Fortsetzungen 2, p. 8, pl. 14, 1798) showing the lower portion of the colony. The colony is from the Indian Ocean (gift from India). He reports a colony measuring around 45 cm with no fusion of the branches. (b) A branch of the specimen An. cf. virgata INV.131349. from Madagascar. (c) A branch of the specimen An. cf. lentipinna INV.131337 from Madagascar showing the same uniserial branching pattern as Brook’s specimen of An. virgata, but with thick ramifications compared to the latter. (d–f) Views of the entire colony, a branch and a skeletal section of Brook’s specimen (Brook 1889) of An. virgata from the British Museum. The ramifications are uniserial and thin compared to the specimen from Madagascar. Photo of Brook’s specimen of An. virgata courtesy of Paul Richens of the NHMUK.	FIGURE 11. Comparison of Antipathes virgata Esper, 1788 and related specimens. (a) Original illustration of An. virgata by Esper (Esper Fortsetzungen 2, p. 8, pl. 14, 1798) showing the lower portion of the colony. The colony is from the Indian Ocean (gift from India). He reports a colony measuring around 45 cm with no fusion of the branches. (b) A branch of the specimen An. cf. virgata INV.131349. from Madagascar. (c) A branch of the specimen An. cf. lentipinna INV.131337 from Madagascar showing the same uniserial branching pattern as Brook’s specimen of An. virgata, but with thick ramifications compared to the latter. (d–f) Views of the entire colony, a branch and a skeletal section of Brook’s specimen (Brook 1889) of An. virgata from the British Museum. The ramifications are uniserial and thin compared to the specimen from Madagascar. Photo of Brook’s specimen of An. virgata courtesy of Paul Richens of the NHMUK.	2020-08-10	Terrana, Lucas;Bo, Marzia;Opresko, Dennis M.;Eeckhaut, Igor		Zenodo	biologists	Terrana, Lucas;Bo, Marzia;Opresko, Dennis M.;Eeckhaut, Igor			
F5768787936D4261FF4CFD65FE72F835.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/4402241/files/figure.png	https://doi.org/10.5281/zenodo.4402241	FIGURE 9. Antipathes cf. pseudodichotoma Silberfeld, 1909 specimen INV.131364. (a, b) Entire colony measuring about 25 cm in height. (c) Section of a branch 0.24 mm in diameter. The polypar side is on the right. (d) Section of a branch 0.48 mm in diameter. The polypar side is on the right. (e) Section of a branch 0.62 mm in diameter. The polypar side is on the right. (f) Polypar spine on a branch of 0.60 mm in diameter. (g) Abpolypar spine on the same branch. (h) Example of irregular spine.	FIGURE 9. Antipathes cf. pseudodichotoma Silberfeld, 1909 specimen INV.131364. (a, b) Entire colony measuring about 25 cm in height. (c) Section of a branch 0.24 mm in diameter. The polypar side is on the right. (d) Section of a branch 0.48 mm in diameter. The polypar side is on the right. (e) Section of a branch 0.62 mm in diameter. The polypar side is on the right. (f) Polypar spine on a branch of 0.60 mm in diameter. (g) Abpolypar spine on the same branch. (h) Example of irregular spine.	2020-08-10	Terrana, Lucas;Bo, Marzia;Opresko, Dennis M.;Eeckhaut, Igor		Zenodo	biologists	Terrana, Lucas;Bo, Marzia;Opresko, Dennis M.;Eeckhaut, Igor			
F57687879373427DFF4CFF39FEDDF910.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/4402243/files/figure.png	https://doi.org/10.5281/zenodo.4402243	FIGURE 10. Antipathes cf. virgata sensu Esper, 1788 specimen INV.131349. (a) Entire colony. (b–c) Close-up views of the branching pattern and the polyps. (d) Section of a branch 0.35 mm in diameter. The polypar side is on the right. (e) Section of a branch 0.74 mm in diameter. The polypar side is on the right. (f) Section of a branch 1 mm in diameter. Polyps are found on both sides on this branch. (g) Polypar spine on a branch 0.60 mm in diameter. (h) Abpolypar spine on the same branch. (i) Example of a stout polypar spine on a branch 0.70 mm in diameter.	FIGURE 10. Antipathes cf. virgata sensu Esper, 1788 specimen INV.131349. (a) Entire colony. (b–c) Close-up views of the branching pattern and the polyps. (d) Section of a branch 0.35 mm in diameter. The polypar side is on the right. (e) Section of a branch 0.74 mm in diameter. The polypar side is on the right. (f) Section of a branch 1 mm in diameter. Polyps are found on both sides on this branch. (g) Polypar spine on a branch 0.60 mm in diameter. (h) Abpolypar spine on the same branch. (i) Example of a stout polypar spine on a branch 0.70 mm in diameter.	2020-08-10	Terrana, Lucas;Bo, Marzia;Opresko, Dennis M.;Eeckhaut, Igor		Zenodo	biologists	Terrana, Lucas;Bo, Marzia;Opresko, Dennis M.;Eeckhaut, Igor			
F57687879373427DFF4CFF39FEDDF910.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/4402245/files/figure.png	https://doi.org/10.5281/zenodo.4402245	FIGURE 11. Comparison of Antipathes virgata Esper, 1788 and related specimens. (a) Original illustration of An. virgata by Esper (Esper Fortsetzungen 2, p. 8, pl. 14, 1798) showing the lower portion of the colony. The colony is from the Indian Ocean (gift from India). He reports a colony measuring around 45 cm with no fusion of the branches. (b) A branch of the specimen An. cf. virgata INV.131349. from Madagascar. (c) A branch of the specimen An. cf. lentipinna INV.131337 from Madagascar showing the same uniserial branching pattern as Brook’s specimen of An. virgata, but with thick ramifications compared to the latter. (d–f) Views of the entire colony, a branch and a skeletal section of Brook’s specimen (Brook 1889) of An. virgata from the British Museum. The ramifications are uniserial and thin compared to the specimen from Madagascar. Photo of Brook’s specimen of An. virgata courtesy of Paul Richens of the NHMUK.	FIGURE 11. Comparison of Antipathes virgata Esper, 1788 and related specimens. (a) Original illustration of An. virgata by Esper (Esper Fortsetzungen 2, p. 8, pl. 14, 1798) showing the lower portion of the colony. The colony is from the Indian Ocean (gift from India). He reports a colony measuring around 45 cm with no fusion of the branches. (b) A branch of the specimen An. cf. virgata INV.131349. from Madagascar. (c) A branch of the specimen An. cf. lentipinna INV.131337 from Madagascar showing the same uniserial branching pattern as Brook’s specimen of An. virgata, but with thick ramifications compared to the latter. (d–f) Views of the entire colony, a branch and a skeletal section of Brook’s specimen (Brook 1889) of An. virgata from the British Museum. The ramifications are uniserial and thin compared to the specimen from Madagascar. Photo of Brook’s specimen of An. virgata courtesy of Paul Richens of the NHMUK.	2020-08-10	Terrana, Lucas;Bo, Marzia;Opresko, Dennis M.;Eeckhaut, Igor		Zenodo	biologists	Terrana, Lucas;Bo, Marzia;Opresko, Dennis M.;Eeckhaut, Igor			
F57687879371427BFF4CF889FD77F8C1.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/4402249/files/figure.png	https://doi.org/10.5281/zenodo.4402249	FIGURE 12. Antipathes sp. specimen INV.131338. (a) Colony photographed in situ. (b) Spread-out colony showing the curved branches and the arrangement of the branchlets. The red dots represent the fusion points of branchlets belonging to the branch indicated by the red arrow. (c) Section of a branch 0.16 mm in diameter. (d) Section of a branch 0.36 mm in diameter. (e) Section of a branch 0.50 mm in diameter. (f) Section of a branch 0.80 mm in diameter. (g–j) Shapes of the spines.	FIGURE 12. Antipathes sp. specimen INV.131338. (a) Colony photographed in situ. (b) Spread-out colony showing the curved branches and the arrangement of the branchlets. The red dots represent the fusion points of branchlets belonging to the branch indicated by the red arrow. (c) Section of a branch 0.16 mm in diameter. (d) Section of a branch 0.36 mm in diameter. (e) Section of a branch 0.50 mm in diameter. (f) Section of a branch 0.80 mm in diameter. (g–j) Shapes of the spines.	2020-08-10	Terrana, Lucas;Bo, Marzia;Opresko, Dennis M.;Eeckhaut, Igor		Zenodo	biologists	Terrana, Lucas;Bo, Marzia;Opresko, Dennis M.;Eeckhaut, Igor			
F576878793744276FF4CFD1CFC51FB02.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/4402251/files/figure.png	https://doi.org/10.5281/zenodo.4402251	FIGURE 13. Arachnopathes ericoides (Pallas, 1766) specimen INV.131342. (a) In situ colony in lateral view. (b) The same colony seen from above. (c) Close-up view of the branchlets on a distal branch. (d) Close-up view of the polyps stored in 70% ethanol. (e) Section of a branchlet 0.23 mm in diameter, the polypar side is on the right. (f) Section of a branch 0.38 mm in diameter. (g) Section of a branch 0.55 mm in diameter. (h–j) Different morphologies of the spines.	FIGURE 13. Arachnopathes ericoides (Pallas, 1766) specimen INV.131342. (a) In situ colony in lateral view. (b) The same colony seen from above. (c) Close-up view of the branchlets on a distal branch. (d) Close-up view of the polyps stored in 70% ethanol. (e) Section of a branchlet 0.23 mm in diameter, the polypar side is on the right. (f) Section of a branch 0.38 mm in diameter. (g) Section of a branch 0.55 mm in diameter. (h–j) Different morphologies of the spines.	2020-08-10	Terrana, Lucas;Bo, Marzia;Opresko, Dennis M.;Eeckhaut, Igor		Zenodo	biologists	Terrana, Lucas;Bo, Marzia;Opresko, Dennis M.;Eeckhaut, Igor			
F5768787937A4274FF4CFAB8FC88FA91.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/4402253/files/figure.png	https://doi.org/10.5281/zenodo.4402253	FIGURE 14. Cirrhipathes anguina (Dana, 1846) (a–h) In situ pictures showing the wide range of phenotypes that the species can present (a—INV.131378; b—INV.131369; c—INV.131373; d—INV.131379; e—INV.131360; f—INV.131359; g— INV.131362; h—INV.131363). All these phenotypes have the same spine morphology. (i) Distal section 0.48 mm in diameter from the 30 cm-long juvenile colony INV.131363. At this stage, regular rows of spines can be seen. (j) Distal section 3.5 mm in diameter of a 2.5 m tall colony INV.131379. The regular rows formed by the spines start to be lost. (k–n) Different spine morphologies seen on distal parts of Ci. anguina colonies. The spines are generally stout and papillose but irregular growths are sometimes found, as well as triangular, minute spines or cylindrical, narrow newly formed spines. (o) Triangular, laterally compressed spines from a distal fragment of the juvenile colony INV.131363.	FIGURE 14. Cirrhipathes anguina (Dana, 1846) (a–h) In situ pictures showing the wide range of phenotypes that the species can present (a—INV.131378; b—INV.131369; c—INV.131373; d—INV.131379; e—INV.131360; f—INV.131359; g— INV.131362; h—INV.131363). All these phenotypes have the same spine morphology. (i) Distal section 0.48 mm in diameter from the 30 cm-long juvenile colony INV.131363. At this stage, regular rows of spines can be seen. (j) Distal section 3.5 mm in diameter of a 2.5 m tall colony INV.131379. The regular rows formed by the spines start to be lost. (k–n) Different spine morphologies seen on distal parts of Ci. anguina colonies. The spines are generally stout and papillose but irregular growths are sometimes found, as well as triangular, minute spines or cylindrical, narrow newly formed spines. (o) Triangular, laterally compressed spines from a distal fragment of the juvenile colony INV.131363.	2020-08-10	Terrana, Lucas;Bo, Marzia;Opresko, Dennis M.;Eeckhaut, Igor		Zenodo	biologists	Terrana, Lucas;Bo, Marzia;Opresko, Dennis M.;Eeckhaut, Igor			
F576878793784273FF4CFA35FB82FE31.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/4402255/files/figure.png	https://doi.org/10.5281/zenodo.4402255	FIGURE 15. Cirrhipathes densiflora Silberfeld, 1909. (a–e) In situ pictures showing the different phenotypes of the species (a—INV.131368; b—INV.131376; d/e—INV.131374). (f) Sections of the skeleton 1.8 mm in diameter (INV.131352), 2 mm in diameter (INV. 131376), 3.2 mm in diameter (INV.131368) and 2.5 mm in diameter (INV.131374), respectively. (g–i) Spines found on the contorted morphotype (INV.131374, conical polypar spines in (d), cylindrical abpolypar spines in (e, f). (j–k) Spines found on the whip morphotypes (INV.131368, INV.131376). (l) Detailed view of the tubercles at the tip of the spine.	FIGURE 15. Cirrhipathes densiflora Silberfeld, 1909. (a–e) In situ pictures showing the different phenotypes of the species (a—INV.131368; b—INV.131376; d/e—INV.131374). (f) Sections of the skeleton 1.8 mm in diameter (INV.131352), 2 mm in diameter (INV. 131376), 3.2 mm in diameter (INV.131368) and 2.5 mm in diameter (INV.131374), respectively. (g–i) Spines found on the contorted morphotype (INV.131374, conical polypar spines in (d), cylindrical abpolypar spines in (e, f). (j–k) Spines found on the whip morphotypes (INV.131368, INV.131376). (l) Detailed view of the tubercles at the tip of the spine.	2020-08-10	Terrana, Lucas;Bo, Marzia;Opresko, Dennis M.;Eeckhaut, Igor		Zenodo	biologists	Terrana, Lucas;Bo, Marzia;Opresko, Dennis M.;Eeckhaut, Igor			
F576878793784273FF4CFA35FB82FE31.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/4402259/files/figure.png	https://doi.org/10.5281/zenodo.4402259	FIGURE 16. (a, c) Cirrhipathes densiflora Silberfeld, 1909 type specimen (schizotype USNM 100475) from Japan. (b, d) Cirrhipathes contorta van Pesch, 1910 type specimen (schizotype USNM 100414) from Indonesia.	FIGURE 16. (a, c) Cirrhipathes densiflora Silberfeld, 1909 type specimen (schizotype USNM 100475) from Japan. (b, d) Cirrhipathes contorta van Pesch, 1910 type specimen (schizotype USNM 100414) from Indonesia.	2020-08-10	Terrana, Lucas;Bo, Marzia;Opresko, Dennis M.;Eeckhaut, Igor		Zenodo	biologists	Terrana, Lucas;Bo, Marzia;Opresko, Dennis M.;Eeckhaut, Igor			
F5768787937F424EFF4CFDE8FEBCF95D.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/4402261/files/figure.png	https://doi.org/10.5281/zenodo.4402261	FIGURE 17. Cirrhipathes cf. indica Summers, 1910 specimen INV.131341. (a) In situ picture of the entire colony. (b) Closeup view of the polyp arrangement on the basal part. (c) In situ close-up view of the polyp arrangement in the intermediate region showing a side free of polyps. (d) Section of the growing apical region 0.63 mm in diameter and showing irregularly verticillated spines. (e) Section of the intermediate region 3.6 mm in diameter. (f) Section of the basal region just above the basal anchorage measuring 6 mm in diameter. (g) Spines of the apical part. (h–i) Spines of the intermediate region. (j) Spine of the basal region.	FIGURE 17. Cirrhipathes cf. indica Summers, 1910 specimen INV.131341. (a) In situ picture of the entire colony. (b) Closeup view of the polyp arrangement on the basal part. (c) In situ close-up view of the polyp arrangement in the intermediate region showing a side free of polyps. (d) Section of the growing apical region 0.63 mm in diameter and showing irregularly verticillated spines. (e) Section of the intermediate region 3.6 mm in diameter. (f) Section of the basal region just above the basal anchorage measuring 6 mm in diameter. (g) Spines of the apical part. (h–i) Spines of the intermediate region. (j) Spine of the basal region.	2020-08-10	Terrana, Lucas;Bo, Marzia;Opresko, Dennis M.;Eeckhaut, Igor		Zenodo	biologists	Terrana, Lucas;Bo, Marzia;Opresko, Dennis M.;Eeckhaut, Igor			
F5768787937F424EFF4CFDE8FEBCF95D.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/4402263/files/figure.png	https://doi.org/10.5281/zenodo.4402263	FIGURE 18. Cirrhipathes cf. indica Summers, 1910 (a–b) Morphological variations of the species (a—INV.131348, b— INV.131343). (c) Close-up view of the coil in the apical part of the colony INV.131343, with expanded polyps. (d) Detailed view of a growing apical part in INV.131348 where the verticillated spines are found in the bright, narrow part. (e) Detailed view of an apical part lacking the growing skeleton in INV.131343. (f) Section of a basal part in INV.131343 just above the anchorage and measuring 4.2 mm in diameter. (g) Spines of the apical part shown in e). (h) Spine found just above the basal anchorage and showing a few tubercles at the top. (i) Succession of spines near the basal anchorage, where a fully tuberculated one is seen at the top, only 1 mm above the base of the stem.	FIGURE 18. Cirrhipathes cf. indica Summers, 1910 (a–b) Morphological variations of the species (a—INV.131348, b— INV.131343). (c) Close-up view of the coil in the apical part of the colony INV.131343, with expanded polyps. (d) Detailed view of a growing apical part in INV.131348 where the verticillated spines are found in the bright, narrow part. (e) Detailed view of an apical part lacking the growing skeleton in INV.131343. (f) Section of a basal part in INV.131343 just above the anchorage and measuring 4.2 mm in diameter. (g) Spines of the apical part shown in e). (h) Spine found just above the basal anchorage and showing a few tubercles at the top. (i) Succession of spines near the basal anchorage, where a fully tuberculated one is seen at the top, only 1 mm above the base of the stem.	2020-08-10	Terrana, Lucas;Bo, Marzia;Opresko, Dennis M.;Eeckhaut, Igor		Zenodo	biologists	Terrana, Lucas;Bo, Marzia;Opresko, Dennis M.;Eeckhaut, Igor			
F5768787937F424EFF4CFDE8FEBCF95D.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/4402259/files/figure.png	https://doi.org/10.5281/zenodo.4402259	FIGURE 16. (a, c) Cirrhipathes densiflora Silberfeld, 1909 type specimen (schizotype USNM 100475) from Japan. (b, d) Cirrhipathes contorta van Pesch, 1910 type specimen (schizotype USNM 100414) from Indonesia.	FIGURE 16. (a, c) Cirrhipathes densiflora Silberfeld, 1909 type specimen (schizotype USNM 100475) from Japan. (b, d) Cirrhipathes contorta van Pesch, 1910 type specimen (schizotype USNM 100414) from Indonesia.	2020-08-10	Terrana, Lucas;Bo, Marzia;Opresko, Dennis M.;Eeckhaut, Igor		Zenodo	biologists	Terrana, Lucas;Bo, Marzia;Opresko, Dennis M.;Eeckhaut, Igor			
F57687879342424CFF4CF944FE47FB01.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/4402265/files/figure.png	https://doi.org/10.5281/zenodo.4402265	FIGURE 19. Cirrhipathes rumphii van Pesch, 1910. (a, b) In situ pictures of the specimen INV.131361 with large distal spirals. (c) In situ picture of the specimen INV.1312345. with a single distal spiral. (d) Close-up view of the polyp arrangement, leaving one side free of any polyps. (e) Section of the apical growing portion (INV.131345) measuring 1.26 mm in diameter, before tapering. (f) Distal section 1.22 mm in diameter (INV.131361). (g) Distal section 2.76 mm in diameter (INV.131345). (h) Spine found on the growing section shown in (e). (i–k) Spines found on the distal sections shown in (f).	FIGURE 19. Cirrhipathes rumphii van Pesch, 1910. (a, b) In situ pictures of the specimen INV.131361 with large distal spirals. (c) In situ picture of the specimen INV.1312345. with a single distal spiral. (d) Close-up view of the polyp arrangement, leaving one side free of any polyps. (e) Section of the apical growing portion (INV.131345) measuring 1.26 mm in diameter, before tapering. (f) Distal section 1.22 mm in diameter (INV.131361). (g) Distal section 2.76 mm in diameter (INV.131345). (h) Spine found on the growing section shown in (e). (i–k) Spines found on the distal sections shown in (f).	2020-08-10	Terrana, Lucas;Bo, Marzia;Opresko, Dennis M.;Eeckhaut, Igor		Zenodo	biologists	Terrana, Lucas;Bo, Marzia;Opresko, Dennis M.;Eeckhaut, Igor			
F57687879342424CFF4CF944FE47FB01.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/4402267/files/figure.png	https://doi.org/10.5281/zenodo.4402267	FIGURE 20. Cirrhipathes rumphii van Pesch, 1910 type specimen (schizotype USNM 100412) from Indonesia. (a) Section 1.25 mm in diameter. (b) Section 0.82 mm in diameter. (c) Spine found in the section shown in (a). (d) Spine found in the section shown in (b).	FIGURE 20. Cirrhipathes rumphii van Pesch, 1910 type specimen (schizotype USNM 100412) from Indonesia. (a) Section 1.25 mm in diameter. (b) Section 0.82 mm in diameter. (c) Spine found in the section shown in (a). (d) Spine found in the section shown in (b).	2020-08-10	Terrana, Lucas;Bo, Marzia;Opresko, Dennis M.;Eeckhaut, Igor		Zenodo	biologists	Terrana, Lucas;Bo, Marzia;Opresko, Dennis M.;Eeckhaut, Igor			
F57687879346424BFF4CFF39FD98FEDA.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/4402269/files/figure.png	https://doi.org/10.5281/zenodo.4402269	FIGURE 21. Cirrhipathes cf. spiralis (Linnaeus, 1758). (a) In situ picture of the specimen INV.131371 with well-defined coils. (b–c) In situ pictures of other phenotypes with loose spirals. (d) Section 1.9 mm in diameter of the distal part of the colony pictured in (a). (e) Inner spines which are papillose, conical with a blunt tip slightly knobbed. (f) Longer straight outer spines having the same morphology as the inner spine.	FIGURE 21. Cirrhipathes cf. spiralis (Linnaeus, 1758). (a) In situ picture of the specimen INV.131371 with well-defined coils. (b–c) In situ pictures of other phenotypes with loose spirals. (d) Section 1.9 mm in diameter of the distal part of the colony pictured in (a). (e) Inner spines which are papillose, conical with a blunt tip slightly knobbed. (f) Longer straight outer spines having the same morphology as the inner spine.	2020-08-10	Terrana, Lucas;Bo, Marzia;Opresko, Dennis M.;Eeckhaut, Igor		Zenodo	biologists	Terrana, Lucas;Bo, Marzia;Opresko, Dennis M.;Eeckhaut, Igor			
F576878793474249FF4CFEC0FCC8FE31.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/4402271/files/figure.png	https://doi.org/10.5281/zenodo.4402271	FIGURE 22. Stichopathes cf. diversa (Brook, 1889). (a–b) In situ pictures of the white (INV.131375) and brown (INV.131377) phenotypes. (c) Close-up view of the sagittally compressed polyps, which are found on the outer side of the coils. (d) SEM view of a 2.1 mm in diameter skeleton of an apical coil (INV.131375). The size difference between polypar spines (the outer ones) and abpolypar spines (the inner ones) is clear. (e–f) Blunt, conical polypar spines showing the variability between papillose and tuberculated surfaces and small tubercles at the tip. Small triangular, secondary spines can be seen all around. (g–h) Variability in abpolypar spines that can be sub-triangular or cylindrical, always showing a papillose surface. Small secondary, triangular spines are seen all around as well.	FIGURE 22. Stichopathes cf. diversa (Brook, 1889). (a–b) In situ pictures of the white (INV.131375) and brown (INV.131377) phenotypes. (c) Close-up view of the sagittally compressed polyps, which are found on the outer side of the coils. (d) SEM view of a 2.1 mm in diameter skeleton of an apical coil (INV.131375). The size difference between polypar spines (the outer ones) and abpolypar spines (the inner ones) is clear. (e–f) Blunt, conical polypar spines showing the variability between papillose and tuberculated surfaces and small tubercles at the tip. Small triangular, secondary spines can be seen all around. (g–h) Variability in abpolypar spines that can be sub-triangular or cylindrical, always showing a papillose surface. Small secondary, triangular spines are seen all around as well.	2020-08-10	Terrana, Lucas;Bo, Marzia;Opresko, Dennis M.;Eeckhaut, Igor		Zenodo	biologists	Terrana, Lucas;Bo, Marzia;Opresko, Dennis M.;Eeckhaut, Igor			
F576878793454247FF4CFD95FE07FE69.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/4402273/files/figure.png	https://doi.org/10.5281/zenodo.4402273	FIGURE 23. Stichopathes cf. maldivensis Forster Cooper, 1903. (a–c) In situ pictures showing the different morphologies that this species displays. A branched appearance is sometimes seen as a consequence of a breaking event, as shown by the white arrow. (d) White phenotype (INV.131372) with contracted polyps. (e) Brown-orange phenotype (INV.151020) with expanded polyps. The polyp row is twisting around the stem. (f) Section of a distal fragment measuring 4.5 mm in diameter (INV.131370). Polypar side is on the right. (g) Tall cylindrical polypar spines. (h) Conical abpolypar spines. (i) Close-up view of an abpolypar spine showing the tuberculation occurring on only one side. (j) Secondary spines.	FIGURE 23. Stichopathes cf. maldivensis Forster Cooper, 1903. (a–c) In situ pictures showing the different morphologies that this species displays. A branched appearance is sometimes seen as a consequence of a breaking event, as shown by the white arrow. (d) White phenotype (INV.131372) with contracted polyps. (e) Brown-orange phenotype (INV.151020) with expanded polyps. The polyp row is twisting around the stem. (f) Section of a distal fragment measuring 4.5 mm in diameter (INV.131370). Polypar side is on the right. (g) Tall cylindrical polypar spines. (h) Conical abpolypar spines. (i) Close-up view of an abpolypar spine showing the tuberculation occurring on only one side. (j) Secondary spines.	2020-08-10	Terrana, Lucas;Bo, Marzia;Opresko, Dennis M.;Eeckhaut, Igor		Zenodo	biologists	Terrana, Lucas;Bo, Marzia;Opresko, Dennis M.;Eeckhaut, Igor			
F5768787934B4245FF4CFA08FD5AFA91.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/4402275/files/figure.png	https://doi.org/10.5281/zenodo.4402275	FIGURE 24. Myriopathes cf. myriophylla (Pallas, 1766) INV.131334. (a) In situ picture of the entire colony. (b) Detailed view of a branch and its pinnulation. (c) Close-up view of incipient branches and primary pinnules (ib—incipient branches; pp—primary pinnules; sp—secondary pinnules; tp—tertiary pinnules). (d) An incipient branch with bilateral primary pinnules with up to four uniserial secondary pinnules. (e) Section of a subpinnule 0.09 mm in diameter, the polypar side is on the right. (f) Section of a primary pinnule 0.14 mm in diameter, the polypar side is on the right. (g–h) Branches of different diameter showing the spine arrangement and morphology. (i) Polypar spine of a primary pinnule. (j) Abpolypar spine of a primary pinnule. (k) Tall, needle-like spines of a branch.	FIGURE 24. Myriopathes cf. myriophylla (Pallas, 1766) INV.131334. (a) In situ picture of the entire colony. (b) Detailed view of a branch and its pinnulation. (c) Close-up view of incipient branches and primary pinnules (ib—incipient branches; pp—primary pinnules; sp—secondary pinnules; tp—tertiary pinnules). (d) An incipient branch with bilateral primary pinnules with up to four uniserial secondary pinnules. (e) Section of a subpinnule 0.09 mm in diameter, the polypar side is on the right. (f) Section of a primary pinnule 0.14 mm in diameter, the polypar side is on the right. (g–h) Branches of different diameter showing the spine arrangement and morphology. (i) Polypar spine of a primary pinnule. (j) Abpolypar spine of a primary pinnule. (k) Tall, needle-like spines of a branch.	2020-08-10	Terrana, Lucas;Bo, Marzia;Opresko, Dennis M.;Eeckhaut, Igor		Zenodo	biologists	Terrana, Lucas;Bo, Marzia;Opresko, Dennis M.;Eeckhaut, Igor			
F576878793494243FF4CFA08FBDFFB2D.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/4402277/files/figure.png	https://doi.org/10.5281/zenodo.4402277	FIGURE 25. Myriopathes cf. stechowi (Pax, 1932) INV.131335. (a) Entire colony in situ. (b) Close-up view of the branching pattern in situ. (c) Detailed view of the pinnulation. (d) Section of subpinnule 0.1 mm in diameter, polypar side is on the right. (e) Section of primary pinnule 0.14 mm in diameter, polypar side is on the right. (f) Section of a branch 1.1 mm in diameter, showing numerous antler-shaped spines. (g) Polypar spine on primary pinnule. (h) Abpolypar spine on primary pinnule. (i) Antler-shaped spine on a branch. (j) Detailed view of the numerous bifid and antler-spines of a branch.	FIGURE 25. Myriopathes cf. stechowi (Pax, 1932) INV.131335. (a) Entire colony in situ. (b) Close-up view of the branching pattern in situ. (c) Detailed view of the pinnulation. (d) Section of subpinnule 0.1 mm in diameter, polypar side is on the right. (e) Section of primary pinnule 0.14 mm in diameter, polypar side is on the right. (f) Section of a branch 1.1 mm in diameter, showing numerous antler-shaped spines. (g) Polypar spine on primary pinnule. (h) Abpolypar spine on primary pinnule. (i) Antler-shaped spine on a branch. (j) Detailed view of the numerous bifid and antler-spines of a branch.	2020-08-10	Terrana, Lucas;Bo, Marzia;Opresko, Dennis M.;Eeckhaut, Igor		Zenodo	biologists	Terrana, Lucas;Bo, Marzia;Opresko, Dennis M.;Eeckhaut, Igor			
F5768787934F4241FF4CFA94FB02FB9D.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/4402279/files/figure.png	https://doi.org/10.5281/zenodo.4402279	FIGURE 26. Myriopathes cf. ulex (Ellis & Solander, 1786) INV.131356. (a) In situ picture of the entire colony. (b) In situ close-up view of a branch and the primary pinnules. (c) Close-up view showing the pinnulation in details. (d) Section of secondary pinnule 0.12 mm in diameter. The polypar side is on the right. (e) Section of primary pinnule 0.14 mm in diameter. The polypar side is on the right. (f) Section of distal fragment of the main branch bearing primary pinnules and measuring 0.25 mm in diameter. (g) Section of thicker branch 0.34 mm in diameter and bearing primary pinnules. (h) Polypar spine from secondary pinnule. (i) Polypar spine from primary pinnule. (j) Tall, needle-like spine of a branch. (k) Branched, bifid or antler-like spines occurring on a branch measuring 1.8 mm in diameter.	FIGURE 26. Myriopathes cf. ulex (Ellis & Solander, 1786) INV.131356. (a) In situ picture of the entire colony. (b) In situ close-up view of a branch and the primary pinnules. (c) Close-up view showing the pinnulation in details. (d) Section of secondary pinnule 0.12 mm in diameter. The polypar side is on the right. (e) Section of primary pinnule 0.14 mm in diameter. The polypar side is on the right. (f) Section of distal fragment of the main branch bearing primary pinnules and measuring 0.25 mm in diameter. (g) Section of thicker branch 0.34 mm in diameter and bearing primary pinnules. (h) Polypar spine from secondary pinnule. (i) Polypar spine from primary pinnule. (j) Tall, needle-like spine of a branch. (k) Branched, bifid or antler-like spines occurring on a branch measuring 1.8 mm in diameter.	2020-08-10	Terrana, Lucas;Bo, Marzia;Opresko, Dennis M.;Eeckhaut, Igor		Zenodo	biologists	Terrana, Lucas;Bo, Marzia;Opresko, Dennis M.;Eeckhaut, Igor			
F5768787934F4241FF4CFA94FB02FB9D.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/4402277/files/figure.png	https://doi.org/10.5281/zenodo.4402277	FIGURE 25. Myriopathes cf. stechowi (Pax, 1932) INV.131335. (a) Entire colony in situ. (b) Close-up view of the branching pattern in situ. (c) Detailed view of the pinnulation. (d) Section of subpinnule 0.1 mm in diameter, polypar side is on the right. (e) Section of primary pinnule 0.14 mm in diameter, polypar side is on the right. (f) Section of a branch 1.1 mm in diameter, showing numerous antler-shaped spines. (g) Polypar spine on primary pinnule. (h) Abpolypar spine on primary pinnule. (i) Antler-shaped spine on a branch. (j) Detailed view of the numerous bifid and antler-spines of a branch.	FIGURE 25. Myriopathes cf. stechowi (Pax, 1932) INV.131335. (a) Entire colony in situ. (b) Close-up view of the branching pattern in situ. (c) Detailed view of the pinnulation. (d) Section of subpinnule 0.1 mm in diameter, polypar side is on the right. (e) Section of primary pinnule 0.14 mm in diameter, polypar side is on the right. (f) Section of a branch 1.1 mm in diameter, showing numerous antler-shaped spines. (g) Polypar spine on primary pinnule. (h) Abpolypar spine on primary pinnule. (i) Antler-shaped spine on a branch. (j) Detailed view of the numerous bifid and antler-spines of a branch.	2020-08-10	Terrana, Lucas;Bo, Marzia;Opresko, Dennis M.;Eeckhaut, Igor		Zenodo	biologists	Terrana, Lucas;Bo, Marzia;Opresko, Dennis M.;Eeckhaut, Igor			
F5768787934D425FFF4CFB04FCE1FC62.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/4402281/files/figure.png	https://doi.org/10.5281/zenodo.4402281	FIGURE 27. Myriopathes sp. INV.131336. (a) In situ picture of the entire colony. (b) Close-up view of a branch and the pinnules. (c) Close-up view showing the pinnulation in details. (d) Section of subpinnule 0.10 mm in diameter, polypar side is on the right. (e) Section of primary pinnule 0.18 mm in diameter, polypar side is on the right. (f) Section of primary pinnule 0.41 mm in diameter, polypar side is on the right. (g) Section of branch 1.8 mm in diameter. (h) Polypar spine of a subpinnule. (i) Abpolypar spine of a subpinnule. (j) Tall, cylindrical spine on a primary pinnule. (k) Needle-like spines of a branch.	FIGURE 27. Myriopathes sp. INV.131336. (a) In situ picture of the entire colony. (b) Close-up view of a branch and the pinnules. (c) Close-up view showing the pinnulation in details. (d) Section of subpinnule 0.10 mm in diameter, polypar side is on the right. (e) Section of primary pinnule 0.18 mm in diameter, polypar side is on the right. (f) Section of primary pinnule 0.41 mm in diameter, polypar side is on the right. (g) Section of branch 1.8 mm in diameter. (h) Polypar spine of a subpinnule. (i) Abpolypar spine of a subpinnule. (j) Tall, cylindrical spine on a primary pinnule. (k) Needle-like spines of a branch.	2020-08-10	Terrana, Lucas;Bo, Marzia;Opresko, Dennis M.;Eeckhaut, Igor		Zenodo	biologists	Terrana, Lucas;Bo, Marzia;Opresko, Dennis M.;Eeckhaut, Igor			
F57687879353425DFF4CFC58FAFCFD6D.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/4402283/files/figure.png	https://doi.org/10.5281/zenodo.4402283	FIGURE 28. Cupressopathes abies (Linnaeus, 1758). (a–b) In situ pictures of a single-stem (INV.131367) and a branched colony (INV.131357). (c) Lateral view of the arrangement of the primary pinnules on a distal part of a colony. (d) Lateral detailed view of the subpinnules on a primary pinnule. (e) Section of subpinnule 0.09 mm in diameter, polypar side is on the right. (f) Section of subpinnule 0.18 mm in diameter, polypar side is on the right. (g) Section of primary pinnule 0.54 mm in diameter, polypar side on the right. (h) Section of main distal branch 0.70 mm in diameter. (i) Polypar spine of a subpinnule. (j) Abpolypar spine of subpinnule. (k) Tall, acicular spine occurring on thick primary pinnule. (l) Bifid spine occurring on branches.	FIGURE 28. Cupressopathes abies (Linnaeus, 1758). (a–b) In situ pictures of a single-stem (INV.131367) and a branched colony (INV.131357). (c) Lateral view of the arrangement of the primary pinnules on a distal part of a colony. (d) Lateral detailed view of the subpinnules on a primary pinnule. (e) Section of subpinnule 0.09 mm in diameter, polypar side is on the right. (f) Section of subpinnule 0.18 mm in diameter, polypar side is on the right. (g) Section of primary pinnule 0.54 mm in diameter, polypar side on the right. (h) Section of main distal branch 0.70 mm in diameter. (i) Polypar spine of a subpinnule. (j) Abpolypar spine of subpinnule. (k) Tall, acicular spine occurring on thick primary pinnule. (l) Bifid spine occurring on branches.	2020-08-10	Terrana, Lucas;Bo, Marzia;Opresko, Dennis M.;Eeckhaut, Igor		Zenodo	biologists	Terrana, Lucas;Bo, Marzia;Opresko, Dennis M.;Eeckhaut, Igor			
F57687879351425BFF4CFD54FA40FC40.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/4402285/files/figure.png	https://doi.org/10.5281/zenodo.4402285	FIGURE 29. Cupressopathes cf. pumila INV.131366. (a) In situ pictures of the whole colony (b) In situ close-up view of a primary pinnule. (c) Detailed view of the branching pattern and the pinnulation of a distal branch. (d) Cross section of a distal branch showing the arrangement of the primary pinnules in four irregular rows. (e–f) Detailed top views of the pinnulation of two primary pinnules showing the biserial arrangement of the subpinnules and the variation in their density. (g) Section of subpinnule 0.13 mm in diameter, polypar side is on the right. (h) Section of primary pinnule 0.25 mm in diameter, polypar side is on the right. (i–j) Sections of two branches 0.30 mm and 1.30 mm in diameter, respectively. (k) Abpolypar spine of subpinnule. (l) Polypar spine of subpinnule. (m) Polypar spine on primary pinnule. (n) Tall, acicular and needle-like spines occurring on thick branch.	FIGURE 29. Cupressopathes cf. pumila INV.131366. (a) In situ pictures of the whole colony (b) In situ close-up view of a primary pinnule. (c) Detailed view of the branching pattern and the pinnulation of a distal branch. (d) Cross section of a distal branch showing the arrangement of the primary pinnules in four irregular rows. (e–f) Detailed top views of the pinnulation of two primary pinnules showing the biserial arrangement of the subpinnules and the variation in their density. (g) Section of subpinnule 0.13 mm in diameter, polypar side is on the right. (h) Section of primary pinnule 0.25 mm in diameter, polypar side is on the right. (i–j) Sections of two branches 0.30 mm and 1.30 mm in diameter, respectively. (k) Abpolypar spine of subpinnule. (l) Polypar spine of subpinnule. (m) Polypar spine on primary pinnule. (n) Tall, acicular and needle-like spines occurring on thick branch.	2020-08-10	Terrana, Lucas;Bo, Marzia;Opresko, Dennis M.;Eeckhaut, Igor		Zenodo	biologists	Terrana, Lucas;Bo, Marzia;Opresko, Dennis M.;Eeckhaut, Igor			
F57687879351425BFF4CFD54FA40FC40.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/4402287/files/figure.png	https://doi.org/10.5281/zenodo.4402287	FIGURE 30. Cupressopathes pumila (Brook, 1889) type specimen. (a) Entire colony, holotype Brit. Mus. 83.9.13.15. (b) Schizoholotype USNM 100355 showing different sections of 0.08, 0.11, 0.12 and 0.22 mm in diameter, respectively.	FIGURE 30. Cupressopathes pumila (Brook, 1889) type specimen. (a) Entire colony, holotype Brit. Mus. 83.9.13.15. (b) Schizoholotype USNM 100355 showing different sections of 0.08, 0.11, 0.12 and 0.22 mm in diameter, respectively.	2020-08-10	Terrana, Lucas;Bo, Marzia;Opresko, Dennis M.;Eeckhaut, Igor		Zenodo	biologists	Terrana, Lucas;Bo, Marzia;Opresko, Dennis M.;Eeckhaut, Igor			
F576878793574259FF4CFC63FF23FEDA.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/4402289/files/figure.png	https://doi.org/10.5281/zenodo.4402289	FIGURE 31. Cupressopathes sp. 1, INV.131365. (a) In situ picture of the whole colony. (b) Detailed view of the pinnulation on a distal branch. (c) Cross section of a pinnulated branch showing the arrangement in irregular rows. (d) Lateral view of the scarce subpinnulation of a primary pinnule. (e) Section of subpinnule 0.1 mm in diameter, polypar side is on the right. (f) Section of primary pinnule 0.22 mm in diameter, polypar side is on the right. (g) Section of distal branch 0.27 mm in diameter. (h) Section of branch 1.10 mm in diameter. (i) Abpolypar spine of a subpinnule. (j) Polypar spine of subpinnule. (k) Tall, acicular needle-like spines occurring on thick branches. (l) Bifid spines occurring on a branch.	FIGURE 31. Cupressopathes sp. 1, INV.131365. (a) In situ picture of the whole colony. (b) Detailed view of the pinnulation on a distal branch. (c) Cross section of a pinnulated branch showing the arrangement in irregular rows. (d) Lateral view of the scarce subpinnulation of a primary pinnule. (e) Section of subpinnule 0.1 mm in diameter, polypar side is on the right. (f) Section of primary pinnule 0.22 mm in diameter, polypar side is on the right. (g) Section of distal branch 0.27 mm in diameter. (h) Section of branch 1.10 mm in diameter. (i) Abpolypar spine of a subpinnule. (j) Polypar spine of subpinnule. (k) Tall, acicular needle-like spines occurring on thick branches. (l) Bifid spines occurring on a branch.	2020-08-10	Terrana, Lucas;Bo, Marzia;Opresko, Dennis M.;Eeckhaut, Igor		Zenodo	biologists	Terrana, Lucas;Bo, Marzia;Opresko, Dennis M.;Eeckhaut, Igor			
F576878793554257FF4CFECDFE28FE86.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/4402291/files/figure.png	https://doi.org/10.5281/zenodo.4402291	FIGURE 32. Cupressopathes sp. 2, INV.131340. (a) In situ picture of the entire colony showing the asymmetry in the cylindrical shape. (b) Close-up view of the distal part of the colony where a branch is growing. (c) Cross section showing the irregular arrangement of the primary pinnules. (d) Lateral view of the pinnulation on a primary pinnule. (e) Top view of the pinnulation of a primary pinnule. (f) Section of subpinnule 0.15 mm in diameter, polypar side is on the right. (g) Section of secondary pinnule 0.34 mm in diameter, polypar side is on the right. (h) Section of primary pinnule 0.85 mm in diameter. (i) Section of branch 2.2 mm in diameter. (j) Polypar spine of subpinnule. (k) Abpolypar spine of subpinnule. (l) Polypar spine of primary pinnule. (m) Needle-like and bifid spines of a branch.	FIGURE 32. Cupressopathes sp. 2, INV.131340. (a) In situ picture of the entire colony showing the asymmetry in the cylindrical shape. (b) Close-up view of the distal part of the colony where a branch is growing. (c) Cross section showing the irregular arrangement of the primary pinnules. (d) Lateral view of the pinnulation on a primary pinnule. (e) Top view of the pinnulation of a primary pinnule. (f) Section of subpinnule 0.15 mm in diameter, polypar side is on the right. (g) Section of secondary pinnule 0.34 mm in diameter, polypar side is on the right. (h) Section of primary pinnule 0.85 mm in diameter. (i) Section of branch 2.2 mm in diameter. (j) Polypar spine of subpinnule. (k) Abpolypar spine of subpinnule. (l) Polypar spine of primary pinnule. (m) Needle-like and bifid spines of a branch.	2020-08-10	Terrana, Lucas;Bo, Marzia;Opresko, Dennis M.;Eeckhaut, Igor		Zenodo	biologists	Terrana, Lucas;Bo, Marzia;Opresko, Dennis M.;Eeckhaut, Igor			
